void CStageLine::RightBoxStageCreator()
{
auto Stage1 = [=]{
CreateLine(LineDirection::Right, Point(200, 560), 400);
m_pStage[0]->setPosition(Point(443, 560));
};
auto Stage2 = [=]{
CreateLine(LineDirection::Down, Point(443, 573), 400);
m_pStage[1]->setPosition(Point(443, 340));
};
auto Stage3 = [=]{
};
auto Stage4 = [=]{
};
auto Stage5 = [=]{
};
auto Stage6 = [=]{
};
auto Stage7 = [=]{
};
auto Stage8 = [=]{
};
auto Stage9 = [=]
{
};
auto Stage10 = [=]
{
};
auto CallStage = [=](int _num){
switch (_num)
{
case 0:Stage1(); break;
case 1:Stage2(); break;
case 2:Stage3(); break;
case 3:Stage4(); break;
case 4:Stage5(); break;
case 5:Stage6(); break;
case 6:Stage7(); break;
case 7:Stage8(); break;
case 8:Stage9(); break;
case 9:Stage10(); break;
default:
break;
}
};
for (int i = 0; i <= m_nStagenum; i++)
{
CallStage(m_nStageCount);
m_nStageCount++;
}
}
void Game::RefreshRendering(){
SwitchCircles.clear();
TrapBoxes.clear();
WiringLines.clear();
SwitchCircles.resize(track->Traps.size());
TrapBoxes.resize(track->Traps.size());
WiringLines.resize(track->Traps.size());
for (unsigned i=0; i<track->Traps.size(); i++)
{
Trap& trap=track->Traps[i];
SwitchCircles[i].resize(trap.SwitchPositions.size());
TrapBoxes[i].resize(trap.trapData.size());
WiringLines[i].resize(trap.Wiring.size());
bool MainSwitch=trap.MainSwitch;
for (unsigned j=0; j<trap.SwitchPositions.size(); j++)
{
Vector2d SwitchPosition=ScalePosition(Vector2d(trap.SwitchPositions[j].x+0.5, trap.SwitchPositions[j].y+0.5)
, Scaling, paddingdim, padding);
if (MainSwitch==0)
SwitchCircles[i][j]=CreateCircle(0.3*Scaling,sf::Color::Yellow,SwitchPosition);
else
SwitchCircles[i][j]=CreateCircle(0.3*Scaling,sf::Color::Green,SwitchPosition);
}
for (unsigned j=0; j<trap.trapData.size(); j++)
{
Vector2u TrapPosUnsigned=trap.trapData[j].Square;
Tile* CurrentTile=track->getTile(TrapPosUnsigned.x,TrapPosUnsigned.y);
bool isSquare=CurrentTile->isSquare;
unsigned Orientation=CurrentTile->Orientation;
bool Half=trap.trapData[j].Half;
Vector2d TrapPosition=ScalePosition(Vector2d(TrapPosUnsigned.x+0.5, TrapPosUnsigned.y+0.5)
, Scaling, paddingdim, padding);
if (trap.MainSwitch==1 && isSquare)
TrapBoxes[i][j]=CreateLineBox(TrapPosition, Scaling, sf::Color::Yellow);
if (trap.MainSwitch==0 && isSquare)
TrapBoxes[i][j]=CreateLineBox(TrapPosition, Scaling, sf::Color::Red);
if (trap.MainSwitch==1 && !isSquare)
TrapBoxes[i][j]=CreateLineTriangle(TrapPosition,Orientation,Half, Scaling, sf::Color::Yellow);
if (trap.MainSwitch==0 && !isSquare)
TrapBoxes[i][j]=CreateLineTriangle(TrapPosition,Orientation,Half, Scaling, sf::Color::Red);
}
for (unsigned j=0; j<trap.Wiring.size(); j++)
{
Vector2d StartPos=trap.Wiring[j].first;
Vector2d EndPos=trap.Wiring[j].second;
StartPos=ScalePosition(StartPos, Scaling, paddingdim, padding);
EndPos=ScalePosition(EndPos, Scaling, paddingdim, padding);
if(trap.MainSwitch==0)
WiringLines[i][j]=CreateLine(StartPos,EndPos,sf::Color::Red);
else
WiringLines[i][j]=CreateLine(StartPos,EndPos,sf::Color::Yellow);
}
}
}
MoveHood::MoveHood() : HoodObject(4.0f)
{
DAVA::float32 b = baseSize / 5;
DAVA::float32 c = baseSize / 3;
axisX = CreateLine(DAVA::Vector3(b, 0, 0), DAVA::Vector3(baseSize, 0, 0));
axisX->axis = ST_AXIS_X;
axisY = CreateLine(DAVA::Vector3(0, b, 0), DAVA::Vector3(0, baseSize, 0));
axisY->axis = ST_AXIS_Y;
axisZ = CreateLine(DAVA::Vector3(0, 0, b), DAVA::Vector3(0, 0, baseSize));
axisZ->axis = ST_AXIS_Z;
axisXY1 = CreateLine(DAVA::Vector3(c, 0, 0), DAVA::Vector3(c, c, 0));
axisXY1->axis = ST_AXIS_XY;
axisXY2 = CreateLine(DAVA::Vector3(0, c, 0), DAVA::Vector3(c, c, 0));
axisXY2->axis = ST_AXIS_XY;
axisXZ1 = CreateLine(DAVA::Vector3(c, 0, 0), DAVA::Vector3(c, 0, c));
axisXZ1->axis = ST_AXIS_XZ;
axisXZ2 = CreateLine(DAVA::Vector3(0, 0, c), DAVA::Vector3(c, 0, c));
axisXZ2->axis = ST_AXIS_XZ;
axisYZ1 = CreateLine(DAVA::Vector3(0, c, 0), DAVA::Vector3(0, c, c));
axisYZ1->axis = ST_AXIS_YZ;
axisYZ2 = CreateLine(DAVA::Vector3(0, 0, c), DAVA::Vector3(0, c, c));
axisYZ2->axis = ST_AXIS_YZ;
}
const std::vector<
boost::geometry::model::d2::point_xy<T>
>
GetLineRectIntersections(
const boost::geometry::model::linestring<
boost::geometry::model::d2::point_xy<T>
> line,
const boost::geometry::model::box<
boost::geometry::model::d2::point_xy<T>
> rect)
{
typedef boost::geometry::model::d2::point_xy<T> Point;
typedef boost::geometry::model::linestring<Point> Line;
typedef boost::geometry::model::box<Point> Rect;
const Point p0 = Point(rect.min_corner().x(), rect.min_corner().y());
const Point p1 = Point(rect.max_corner().x(), rect.min_corner().y());
const Point p2 = Point(rect.min_corner().x(), rect.max_corner().y());
const Point p3 = Point(rect.max_corner().x(), rect.max_corner().y());
const std::vector<Line> lines
=
{
CreateLine(std::vector<Point>( {p0,p1} )),
CreateLine(std::vector<Point>( {p0,p2} )),
CreateLine(std::vector<Point>( {p1,p3} )),
CreateLine(std::vector<Point>( {p2,p3} ))
};
std::vector<Point> points;
std::for_each(lines.begin(),lines.end(),
[&points,line](const Line& side)
{
const std::vector<Point> v = GetLineLineIntersections(line,side);
std::copy(v.begin(),v.end(),std::back_inserter(points));
}
);
//Remove doublures
//Put 'typename' before 'std::vector<Point>::iteratortype' to prevent getting the error below:
//error: need 'typename' before 'std::vector<boost::geometry::model::d2::point_xy<T> >::iterator'
// because 'std::vector<boost::geometry::model::d2::point_xy<T> >' is a dependent scope
typename std::vector<Point>::iterator new_end = std::unique( points.begin(),points.end(),
[](const Point& lhs, const Point& rhs)
{
return lhs.x() == rhs.x() && lhs.y() == rhs.y();
}
);
points.erase(new_end,points.end());
assert(points.size() <= 2);
return points;
}
void QtPvdbNewArrow::paint(QPainter* painter, const QStyleOptionGraphicsItem* option, QWidget* widget)
{
typedef boost::geometry::model::d2::point_xy<double> Point;
typedef boost::geometry::model::linestring<Point> Line;
typedef boost::geometry::model::box<Point> Rect;
const Line line = CreateLine(
std::vector<Point>(
{
Point(m_from->pos().x(),m_from->pos().y()),
Point(this->line().p2().x(),this->line().p2().y())
}
)
);
const QRectF qr1 = m_from->boundingRect().translated(m_from->pos());
const Rect r1(
Point(qr1.topLeft().x() ,qr1.topLeft().y() ),
Point(qr1.bottomRight().x(),qr1.bottomRight().y())
);
std::vector<Point> p1 = GetLineRectIntersections(line,r1);
if (p1.empty())
{
//Yes,it happens, when the line does not leave the rectangle
//this happens when the two node rectanges overlap
p1.push_back(Point(m_from->pos().x(),m_from->pos().y()));
}
assert(!p1.empty());
assert(p1.size() == 1);
const QPointF p2 = this->line().p2();
this->setLine(QLineF(QPointF(p1[0].x(),p1[0].y()),p2));
QtArrowItem::paint(painter,option,widget);
}
void Draw_Dxf::addLine(const DL_LineData& data)
{
RGBA color = RGBA(150,150,150);
Shape* p = CreateLine(_painter,RGBA(255,255,255),(FLOAT)data.x1,(FLOAT)data.y1,(FLOAT)data.x2,(FLOAT)data.y2);
p->regen();
TCHAR* layerName;
if(_isBlockOpen) _block->insert(p);
else {
switch(_entityType) {
case NONE :
for(UINT i=0; i<_layers->size(); i++) {
layerName = _layers->at(i)->getName();
if(0 == _tcscmp(layerName,String2TCHAR(attributes.getLayer()))) {
_layers->at(i)->insert(p);
_layers->at(i)->getLineColor(color);
break;
}
}
break;
}
}
INT32 clValue = attributes.getColor();
if(clValue != 256) color = CL2RGBA(clValue);
p->setLineColor(color);
}
void CCloud::Create(const std::string& fileName,
const Color& diffuse, const Color& ambient,
float level)
{
m_diffuse = diffuse;
m_ambient = ambient;
m_level = level;
m_time = 0.0f;
m_lastTest = 0.0f;
m_fileName = fileName;
if (! m_fileName.empty())
m_engine->LoadTexture(m_fileName);
if (m_terrain == nullptr)
m_terrain = CRobotMain::GetInstancePointer()->GetTerrain();
m_wind = m_terrain->GetWind();
m_brickCount = m_terrain->GetBrickCount()*m_terrain->GetMosaicCount()*CLOUD_SIZE_EXPAND;
m_brickSize = m_terrain->GetBrickSize();
m_brickCount /= m_subdiv*CLOUD_SIZE_EXPAND;
m_brickSize *= m_subdiv*CLOUD_SIZE_EXPAND;
if (m_level == 0.0f)
return;
m_lines.clear();
for (int y = 0; y < m_brickCount; y++)
CreateLine(0, y, m_brickCount);
}
void BufferedPrimitiveRenderer::CreatePrimitiveData() {
CreateLine();
CreateWireCube();
CreateWireCircles();
CreateWireSpheres();
CreateWirePyramid();
CreateWireGrids();
}
Line CutSquareInHalf(Square s1, Square s2)
{
Point middle1, middle2;
Line l;
middle1=CreatePoint((s1.BottomLeft.x+s1.TopRight.x)/2, (s1.BottomLeft.y+s1.TopRight.y)/2);
middle2=CreatePoint((s2.BottomLeft.x+s2.TopRight.x)/2, (s2.BottomLeft.y+s2.TopRight.y)/2);
l=CreateLine(middle1, middle2);
return l;
}
RotateHood::RotateHood() : HoodObject(4.0f)
{
DAVA::float32 b = baseSize / 4;
DAVA::float32 r = 2 * baseSize / 3;
DAVA::float32 step = DAVA::PI_05 / ROTATE_HOOD_CIRCLE_PARTS_COUNT;
DAVA::float32 x, y, lx = r, ly = 0;
axisX = CreateLine(DAVA::Vector3(b, 0, 0), DAVA::Vector3(baseSize, 0, 0));
axisX->axis = ST_AXIS_X;
axisY = CreateLine(DAVA::Vector3(0, b, 0), DAVA::Vector3(0, baseSize, 0));
axisY->axis = ST_AXIS_Y;
axisZ = CreateLine(DAVA::Vector3(0, 0, b), DAVA::Vector3(0, 0, baseSize));
axisZ->axis = ST_AXIS_Z;
for(int i = 0; i < ROTATE_HOOD_CIRCLE_PARTS_COUNT; ++i)
{
DAVA::float32 angle = step * (i + 1);
x = r * cosf(angle);
y = r * sinf(angle);
axisXc[i] = CreateLine(DAVA::Vector3(0, lx, ly), DAVA::Vector3(0, x, y));
axisXc[i]->axis = ST_AXIS_X;
axisYc[i] = CreateLine(DAVA::Vector3(lx, 0, ly), DAVA::Vector3(x, 0, y));
axisYc[i]->axis = ST_AXIS_Y;
axisZc[i] = CreateLine(DAVA::Vector3(lx, ly, 0), DAVA::Vector3(x, y, 0));
axisZc[i]->axis = ST_AXIS_Z;
lx = x;
ly = y;
}
}
int CVecLine::InitVecLine( CMeshInfo* srcmeshinfo )
{
int ret;
DestroyLine();
ret = CreateLine( srcmeshinfo );
if( ret ){
DbgOut( "charpos2.cpp : CVecLine : InitVecLine : CreateLine error !!!\n" );
return 1;
}
return 0;
}
void TfrmView::randomize()
{
Layer* pLayer = LayerFactory::create(_T("Randomize"));
for(int i=0 ; i<100 ; i++)
{
Shape* pShape;
SHAPE_TYPE type = rand()%3;
switch(type)
{
case SHAPE_RECTANGLE:
pShape = CreateRectangle(_pView->painter()
,RGBA(rand()%256,rand()%256,rand()%256)
,RGBA(rand()%256,rand()%256,rand()%256)
,rand()%400 - 200
,rand()%400 - 200
,rand()%400 - 200
,rand()%400 - 200
);
break;
case SHAPE_CIRCLE:
pShape = CreateCircle(_pView->painter()
,RGBA(rand()%256,rand()%256,rand()%256)
,RGBA(rand()%256,rand()%256,rand()%256)
,rand()%400 - 200
,rand()%400 - 200
,rand()%100
);
break;
case SHAPE_LINE:
pShape = CreateLine(_pView->painter()
,RGBA(rand()%256,rand()%256,rand()%256)
,rand()%400 - 200
,rand()%400 - 200
,rand()%400 - 200
,rand()%400 - 200
);
break;
}
pLayer->insert(pShape);
}
_pView->layers()->insert(pLayer);
_pView->layers()->regen();
this->FormPaint(this);
}
CXFA_Node* CXFA_FFWidgetHandler::CreateWidgetFormItem(
XFA_WIDGETTYPE eType,
CXFA_Node* pParent,
CXFA_Node* pBefore) const {
switch (eType) {
case XFA_WIDGETTYPE_Barcode:
return NULL;
case XFA_WIDGETTYPE_PushButton:
return CreatePushButton(pParent, pBefore);
case XFA_WIDGETTYPE_CheckButton:
return CreateCheckButton(pParent, pBefore);
case XFA_WIDGETTYPE_ExcludeGroup:
return CreateExclGroup(pParent, pBefore);
case XFA_WIDGETTYPE_RadioButton:
return CreateRadioButton(pParent, pBefore);
case XFA_WIDGETTYPE_Arc:
return CreateArc(pParent, pBefore);
case XFA_WIDGETTYPE_Rectangle:
return CreateRectangle(pParent, pBefore);
case XFA_WIDGETTYPE_Image:
return CreateImage(pParent, pBefore);
case XFA_WIDGETTYPE_Line:
return CreateLine(pParent, pBefore);
case XFA_WIDGETTYPE_Text:
return CreateText(pParent, pBefore);
case XFA_WIDGETTYPE_DatetimeEdit:
return CreateDatetimeEdit(pParent, pBefore);
case XFA_WIDGETTYPE_DecimalField:
return CreateDecimalField(pParent, pBefore);
case XFA_WIDGETTYPE_NumericField:
return CreateNumericField(pParent, pBefore);
case XFA_WIDGETTYPE_Signature:
return CreateSignature(pParent, pBefore);
case XFA_WIDGETTYPE_TextEdit:
return CreateTextEdit(pParent, pBefore);
case XFA_WIDGETTYPE_DropdownList:
return CreateDropdownList(pParent, pBefore);
case XFA_WIDGETTYPE_ListBox:
return CreateListBox(pParent, pBefore);
case XFA_WIDGETTYPE_ImageField:
return CreateImageField(pParent, pBefore);
case XFA_WIDGETTYPE_PasswordEdit:
return CreatePasswordEdit(pParent, pBefore);
case XFA_WIDGETTYPE_Subform:
return CreateSubform(pParent, pBefore);
default:
break;
}
return NULL;
}
void AppendToLine(char *lines[], int line, const char *text)
{
/* Are we trying to append to an empty line? */
if (lines[line] == NULL)
CreateLine(lines, line, text);
else {
/* Calculate the new required size... */
int size = strlen(lines[line]) + strlen(text) + 1;
if ((lines[line] = realloc(lines[line], size)) == NULL)
return;
/* ... and append the new text. */
strcat(lines[line], text);
}
}
MoveHood::MoveHood() : HoodObject(4.0f)
{
DAVA::float32 b = baseSize / 5;
DAVA::float32 c = baseSize / 3;
axisX = CreateLine(DAVA::Vector3(b, 0, 0), DAVA::Vector3(baseSize, 0, 0));
axisX->axis = ST_AXIS_X;
axisY = CreateLine(DAVA::Vector3(0, b, 0), DAVA::Vector3(0, baseSize, 0));
axisY->axis = ST_AXIS_Y;
axisZ = CreateLine(DAVA::Vector3(0, 0, b), DAVA::Vector3(0, 0, baseSize));
axisZ->axis = ST_AXIS_Z;
axisXY1 = CreateLine(DAVA::Vector3(c, 0, 0), DAVA::Vector3(c, c, 0));
axisXY1->axis = ST_AXIS_XY;
axisXY2 = CreateLine(DAVA::Vector3(0, c, 0), DAVA::Vector3(c, c, 0));
axisXY2->axis = ST_AXIS_XY;
axisXZ1 = CreateLine(DAVA::Vector3(c, 0, 0), DAVA::Vector3(c, 0, c));
axisXZ1->axis = ST_AXIS_XZ;
axisXZ2 = CreateLine(DAVA::Vector3(0, 0, c), DAVA::Vector3(c, 0, c));
axisXZ2->axis = ST_AXIS_XZ;
axisYZ1 = CreateLine(DAVA::Vector3(0, c, 0), DAVA::Vector3(0, c, c));
axisYZ1->axis = ST_AXIS_YZ;
axisYZ2 = CreateLine(DAVA::Vector3(0, 0, c), DAVA::Vector3(0, c, c));
axisYZ2->axis = ST_AXIS_YZ;
DAVA::RenderStateData hoodStateData;
DAVA::RenderManager::Instance()->GetRenderStateData(DAVA::RenderState::RENDERSTATE_3D_BLEND, hoodStateData);
hoodStateData.state = DAVA::RenderStateData::STATE_BLEND |
DAVA::RenderStateData::STATE_COLORMASK_ALL |
DAVA::RenderStateData::STATE_DEPTH_WRITE;
hoodStateData.sourceFactor = DAVA::BLEND_SRC_ALPHA;
hoodStateData.destFactor = DAVA::BLEND_ONE_MINUS_SRC_ALPHA;
hoodDrawState = DAVA::RenderManager::Instance()->CreateRenderState(hoodStateData);
}
/**
*
* Sets up the radial menu.
*
* @author Jade Abbott
* @param _pRenderer Required for the surface manager, device manager, etc.
* @param _pHud The Heads Up Display, which will be told to display certain information when the Radial Menu is open.
* @param _uiMaximumDiameter Maximum diameter the radial menu can be (but is capped at 512); Must be even.
* @param _uiMaxLines Maximum nuimber of lines used to define the shape of the inner circle.
* @param _fLineWidth The width of the dividing lines drawn.
* @param _fInnerCircleScalar Scalar value to set how much of the Radial Menu is taken by the centre button.
* @param _fDrawPositionX The centre X coordinate where the Radial Menu will be drawn on screen.
* @param _fDrawPositionY The centre Y coordinate where the Radial Menu will be drawn on screen.
* @return True if initialisation was successful.
*
*/
bool
CRadialMenu::Initialise(CD3DRenderer* _pRenderer,
CHud* _pHud,
unsigned int _uiMaximumDiameter,
unsigned int _uiMaxLines,
float _fLineWidth,
float _fInnerCircleScalar,
float _fDrawPositionX,
float _fDrawPositionY)
{
assert(_pRenderer);
assert(!m_pRenderer);
m_pRenderer = _pRenderer;
m_pHud = _pHud;
// Get default data; This is only to breakproof it.
m_dwOriginalStencilState = _pRenderer->GetDeviceManager().GetRenderStateValue(D3DRS_STENCILENABLE);
// Initialise resolution-based data.
bool bSuccess = OnResolutionChange(_uiMaximumDiameter, _fDrawPositionX, _fDrawPositionY);
// Set the radius of the inner circle.
SetInnerCircleRadius(_fInnerCircleScalar * (m_uiDiameter * 0.5f));
// Create vertex buffer so ID3DXLine can draw into the stencil.
bSuccess = SetMaxLines(_uiMaxLines) ? bSuccess : false;
// Create line for stencil masking.
bSuccess = CreateLine(_fLineWidth) ? bSuccess : false;
assert(bSuccess);
// Create dynamic vertex buffer, which is a screen-space textured quad.
bSuccess = CreateVertexBufferQuad() ? bSuccess : false;
assert(bSuccess);
// Create dynamic vertex buffer for masking.
bSuccess = CreateVertexBufferMask(_uiMaxLines) ? bSuccess : false;
assert(bSuccess);
return bSuccess;
}
void ParseCommands(const std::vector<std::vector<std::string>>& commands, std::vector<std::shared_ptr<CShape>>& figures, std::vector<std::shared_ptr<sf::Shape>>& drawableFigures)
{
for (const auto& command : commands)
{
try
{
std::cout << "> Parsing:" << std::endl;
std::copy(command.begin(), command.end(), std::ostream_iterator<std::string>(std::cout, " "));
std::cout << std::endl;
if (command[0] == "rectangle")
{
CreateRectangle(command, figures, drawableFigures);
}
else if (command[0] == "circle")
{
CreateCircle(command, figures, drawableFigures);
}
else if (command[0] == "line")
{
CreateLine(command, figures, drawableFigures);
}
else if (command[0] == "triangle")
{
CreateTriangle(command, figures, drawableFigures);
}
else if (command[0] == "point")
{
CreatePoint(command, figures, drawableFigures);
}
else
{
throw std::exception("\tError: Invalid command");
}
}
catch (const std::exception& error)
{
std::cout << error.what() << std::endl;
}
}
}
void CTrack_Player2::Allocate_Grid_Lines()
{
// Suppress 8192 calls to CPane::UpdatePosition
ge::IPane* pPane = GetPane();
ge::IScrollPane* pSP = NULL;
if (pPane) {
pSP = dynamic_cast<ge::IScrollPane*>(pPane);
}
if (pSP) {
pSP->SuppressUpdatePositions(true);
}
for(tint32 iLine =0; iLine < giNumber_Of_Grid_Lines; iLine++){
mppLine[iLine] = CreateLine(ge::IControl::giNoID, ge::SPos(0,0), ge::SPos(0,0) , ge::SRGB(0, 0, 0));
mppLine[iLine]->SetVisible(false);
}
// Allow UpdatePosition again
if (pSP) {
pSP->SuppressUpdatePositions(false);
}
}
int WINAPI mEndScene(LPDIRECT3DDEVICE9 Device)
{
SetDevice(Device);
/*HANDLE ThreadLuaHandler;*/
if(!create_run)
{
CreateLine();
create_run = true;
}
ThreadDrawOn();
/*
ThreadLuaHandler = CreateThread(NULL, NULL, (LPTHREAD_START_ROUTINE)ThreadLoadingLua, NULL, NULL, NULL);
WaitForSingleObject(ThreadLuaHandler, INFINITE);
*/
/*ThreadLoadingLua();*/
return oEndScene(Device);
}
void ControlsFactory::CustomizeMenuPopupCell(UIListCell *c, const WideString &text)
{
Font *font = GetFontLight();
c->SetStateFont(UIControl::STATE_NORMAL, font);
c->SetStateFont(UIControl::STATE_SELECTED, font);
c->SetStateText(UIControl::STATE_NORMAL, text);
c->SetStateText(UIControl::STATE_SELECTED, text);
c->SetStateDrawType(UIControl::STATE_NORMAL, UIControlBackground::DRAW_FILL);
c->SetStateDrawType(UIControl::STATE_SELECTED, UIControlBackground::DRAW_FILL);
c->GetStateBackground(UIControl::STATE_NORMAL)->color = Color(0.1f, 0.1f, 0.1f, 0.6f);
c->GetStateBackground(UIControl::STATE_SELECTED)->color = Color(0.6f, 0.6f, 0.6f, 0.6f);
Rect rect = c->GetRect();
rect.y = rect.dy - 1;
rect.dy = 1;
UIControl *line = CreateLine(rect);
c->AddControl(line);
SafeRelease(line);
}
BOOL ObjectComLineConstruction(C4Object *cObj)
{
C4Object *linekit,*tstruct,*cline;
DWORD ocf;
ObjectActionStand(cObj);
// Check physical
if (!cObj->GetPhysical()->CanConstruct)
{
sprintf(OSTR,LoadResStr("IDS_OBJ_NOLINECONSTRUCT"),cObj->GetName());
GameMsgObject(OSTR,cObj); return FALSE;
}
// - - - - - - - - - - - - - - - - - - Line pickup - - - - - - - - - - - - - - - - -
// Check for linekit
if (!(linekit=cObj->Contents.Find(C4ID_Linekit)))
{
// Check for collection limit
if (cObj->Def->CollectionLimit && (cObj->Contents.ObjectCount()>=cObj->Def->CollectionLimit) ) return FALSE;
// Check line pickup
ocf=OCF_LineConstruct;
tstruct=Game.Objects.AtObject(cObj->x,cObj->y,ocf,cObj);
if (!tstruct || !(ocf & OCF_LineConstruct)) return FALSE;
if (!(cline=Game.FindObject(C4ID_None,0,0,0,0,OCF_All,"Connect",tstruct))) return FALSE;
// Check line connected to linekit at other end
if ( (cline->Action.Target && (cline->Action.Target->Def->id==C4ID_Linekit))
|| (cline->Action.Target2 && (cline->Action.Target2->Def->id==C4ID_Linekit)) )
{
StartSoundEffect("Error",false,100,cObj);
sprintf(OSTR,LoadResStr("IDS_OBJ_NODOUBLEKIT"),cline->GetName());
GameMsgObject(OSTR,cObj); return FALSE;
}
// Create new linekit
if (!(linekit=Game.CreateObject(C4ID_Linekit,cObj,cline->Owner))) return FALSE;
// Enter linekit into clonk
bool fRejectCollect;
if (!linekit->Enter(cObj, TRUE, true, &fRejectCollect))
{
// Enter failed: abort operation
linekit->AssignRemoval(); return FALSE;
}
// Attach line to collected linekit
StartSoundEffect("Connect",false,100,cObj);
if (cline->Action.Target==tstruct) cline->Action.Target=linekit;
if (cline->Action.Target2==tstruct) cline->Action.Target2=linekit;
// Message
sprintf(OSTR,LoadResStr("IDS_OBJ_DISCONNECT"),cline->GetName(),tstruct->GetName());
GameMsgObject(OSTR,tstruct);
return TRUE;
}
// - - - - - - - - - - - - - - - Active construction - - - - - - - - - - - - - - - - -
// Active line construction
if (cline=Game.FindObject(C4ID_None,0,0,0,0,OCF_All,"Connect",linekit))
{
// Check for structure connection
ocf=OCF_LineConstruct;
tstruct=Game.Objects.AtObject(cObj->x,cObj->y,ocf,cObj);
// No structure
if (!tstruct || !(ocf & OCF_LineConstruct))
{
// No connect
StartSoundEffect("Error",false,100,cObj);
sprintf(OSTR,LoadResStr("IDS_OBJ_NOCONNECT"));
GameMsgObject(OSTR,cObj); return FALSE;
}
// Check short circuit -> removal
if ((cline->Action.Target==tstruct)
|| (cline->Action.Target2==tstruct))
{
StartSoundEffect("Connect",false,100,cObj);
sprintf(OSTR,LoadResStr("IDS_OBJ_LINEREMOVAL"),cline->GetName());
GameMsgObject(OSTR,tstruct);
cline->AssignRemoval();
return TRUE;
}
// Check for correct connection type
BOOL connect_okay=FALSE;
switch (cline->Def->Line)
{
case C4D_Line_Power:
if (tstruct->Def->LineConnect & C4D_Power_Input) connect_okay=TRUE;
if (tstruct->Def->LineConnect & C4D_Power_Output) connect_okay=TRUE;
break;
case C4D_Line_Source:
if (tstruct->Def->LineConnect & C4D_Liquid_Output) connect_okay=TRUE; break;
case C4D_Line_Drain:
if (tstruct->Def->LineConnect & C4D_Liquid_Input) connect_okay=TRUE; break;
default: return FALSE; // Undefined line type
}
if (!connect_okay)
{
StartSoundEffect("Error",false,100,cObj);
sprintf(OSTR,LoadResStr("IDS_OBJ_NOCONNECTTYPE"),cline->GetName(),tstruct->GetName());
GameMsgObject(OSTR,tstruct); return FALSE;
}
// Connect line to structure
StartSoundEffect("Connect",false,100,cObj);
if (cline->Action.Target==linekit) cline->Action.Target=tstruct;
if (cline->Action.Target2==linekit) cline->Action.Target2=tstruct;
linekit->Exit();
linekit->AssignRemoval();
sprintf(OSTR,LoadResStr("IDS_OBJ_CONNECT"),cline->GetName(),tstruct->GetName());
GameMsgObject(OSTR,tstruct);
return TRUE;
}
// - - - - - - - - - - - - - - - - New line - - - - - - - - - - - - - - - - - - - - -
// Check for new structure connection
ocf=OCF_LineConstruct;
tstruct=Game.Objects.AtObject(cObj->x,cObj->y,ocf,cObj);
if (!tstruct || !(ocf & OCF_LineConstruct))
{
StartSoundEffect("Error",false,100,cObj);
sprintf(OSTR,LoadResStr("IDS_OBJ_NONEWLINE"));
GameMsgObject(OSTR,cObj); return FALSE;
}
// Determine new line type
C4ID linetype=C4ID_None;
// Check source pipe
if (linetype==C4ID_None)
if (tstruct->Def->LineConnect & C4D_Liquid_Pump)
if (!Game.FindObject(C4ID_SourcePipe,0,0,0,0,OCF_All,"Connect",tstruct))
linetype = C4ID_SourcePipe;
// Check drain pipe
if (linetype==C4ID_None)
if (tstruct->Def->LineConnect & C4D_Liquid_Output)
if (!Game.FindObject(C4ID_DrainPipe,0,0,0,0,OCF_All,"Connect",tstruct))
linetype = C4ID_DrainPipe;
// Check power
if (linetype==C4ID_None)
if (tstruct->Def->LineConnect & C4D_Power_Output)
linetype = C4ID_PowerLine;
// No good
if (linetype==C4ID_None)
{
StartSoundEffect("Error",false,100,cObj);
sprintf(OSTR,LoadResStr("IDS_OBJ_NONEWLINE"));
GameMsgObject(OSTR,cObj); return FALSE;
}
// Create new line
C4Object *newline=CreateLine(linetype,cObj->Owner,
tstruct,linekit);
if (!newline) return FALSE;
StartSoundEffect("Connect",false,100,cObj);
sprintf(OSTR,LoadResStr("IDS_OBJ_NEWLINE"),newline->GetName());
GameMsgObject(OSTR,tstruct);
return TRUE;
}
UIControl * ControlsFactory::CreateLine(const Rect & rect)
{
return CreateLine(rect, Color(0.8f, 0.8f, 0.8f, 1.0f));
}
WOGScene* OGSceneConfig::Parser()
{
WOGScene* scene = new WOGScene;
scene->minx = rootElement.attribute("minx").toDouble();
scene->miny = rootElement.attribute("miny").toDouble();
scene->maxx = rootElement.attribute("maxx").toDouble();
scene->maxy = rootElement.attribute("maxy").toDouble();
scene->backgroundcolor =
StringToColor(rootElement.attribute("backgroundcolor"));
QDomNode node = rootElement.firstChild();
while (!node.isNull())
{
QDomElement domElement = node.toElement();
if (domElement.tagName() == "SceneLayer")
{
scene->sceneLayer << CreateSceneLayer(domElement);
}
else if (domElement.tagName() == "label")
{
scene->label << CreateLabel(domElement);
}
else if (domElement.tagName() == "buttongroup")
{
scene->buttongroup << CreateButtonGroup(domElement);
}
else if (domElement.tagName() == "button")
{
scene->button << CreateButton(domElement);
}
else if (domElement.tagName() == "radialforcefield")
{
scene->radialforcefield << CreateRadialForceField(domElement);
}
else if (domElement.tagName() == "linearforcefield")
{
scene->linearforcefield << CreateLinearForceField(domElement);
}
else if (domElement.tagName() == "particles")
{
scene->particle << CreateParticle(domElement);
}
else if (domElement.tagName() == "circle")
{
scene->circle << CreateCircle(domElement);
}
else if (domElement.tagName() == "line")
{
scene->line << CreateLine(domElement);
}
else if (domElement.tagName() == "rectangle")
{
scene->rectangle << CreateRectanle(domElement);
}
node = node.nextSibling();
}
return scene;
}
void CTrack_Player2::Init()
{
mpScrollPane = ge::IScrollPane::Create();
mpScrollPane->Init(ge::IControl::giNoID, giTimerID_Player2_ScrollPane);
mpPane = dynamic_cast<ge::IPane*>(mpScrollPane);
mpPane->SetSize(gTrack_Scroll_Editor);
mpPane->SetBackgroundColour(ge::SRGB(239,239,239));
msLineColor[giColor_1] = ge::SRGB(83,124,214);
msLineColor[giColor_2] = ge::SRGB(125,153,217);
msLineColor[giColor_4] = ge::SRGB(125,153,217);
msLineColor[giColor_8] = ge::SRGB(188,214,254);
msLineColor[giColor_16] = ge::SRGB(188,214,254);
msLineColor[giColor_32] = ge::SRGB(188,214,254);
Allocate_Grid_Lines();
Update_Zoom();
Draw_Grid();
tint32 iTrack_PosY = 0;
tint32 iTrack_SizeY = gTrack_Info_Small.iCY - 1;
tint i;
//--------------------------------------------
for( i=0; i<giNumber_Of_Tracks; i++) {
// Create Tracks
mppTrack[i] = new CTrack(this, GetGUI());
mppTrack[i]->SetInfo(i, iTrack_SizeY, this );
mppTrack[i]->Init();
mpPane->AddControl(mppTrack[i]->GetPane(), ge::SPos(0, iTrack_PosY));
mppTrack[i]->GetPane()->SetVisible(false);
iTrack_PosY += iTrack_SizeY + 1;
}
// Snap_To_Grid();
// Lasse, dynamic_cast is slow on Windows!
// tfloat64 fPixelPrSample = mpKSPlugIn->GetSamplesPrPixel();
tfloat64 fSamplesPrPixel = mpKSPlugIn->GetSamplesPrPixel();
//muiPane_Duration_In_Samples = gTrack_Scroll_Editor.iCX * fSamplesPrPixel;
mpEmpty_Rect = CreateRect(ge::IControl::giNoID,
ge::SRect(ge::SPos(0, iTrack_PosY),
ge::SSize(gTrack_Scroll_Editor.iCX,
gTrack_Scroll_Editor.iCY-iTrack_PosY)),
ge::SRGB(204, 204, 204));
mpBack_Track_Shaddow_Bmp = CreateBitmap(ge::IControl::giNoID, IDB_Back_Track_Shaddow, ge::SPos(0, iTrack_PosY));
mpBack_Track_Shaddow_Bmp->SetSize(ge::SSize(gTrack_Scroll_Editor.iCX,8));
// Mouse-trap for activation of track
mpMouseTrap = ge::IMouseTrap::Create();
// Only link into chain, but don't remove message (the third param = false)
mpMouseTrap->EnableOneTrap(ge::MouseMove, true, false);
mpPane->AddControl(mpMouseTrap, ge::SPos(0, 0));
mpMouseTrap->PlaceOnTopOf(GetPane());
mpMouseTrap->AddListener(this);
// Play Head
mpPlay_Line = CreateLine(ge::IControl::giNoID, ge::SPos(0, 0), ge::SPos(0, 0), ge::SRGB(0, 0, 0));
miLast_Play_Line_Pos_X = -1;
}
void CRegion_GUI::Init()
{
// Create the main pane
mpPane = ge::IPane::Create();
ge::SSize Size(miSize_X, miSize_Y ? giTrack_Size_Big-1: giTrack_Size_Small-1);
mpPane->SetSize(Size);
mpPane->SetAutomaticResize(true, ge::IControl::ResizeAbsoluteY );
// Small background
mpRegion_Back_Small =CreateBitmapVU(ge::IControl::giNoID, IDB_Back_Region_Small, ge::SPos(0, 0), 11);
mpRegion_Back_Small->SetSize(ge::SSize(miSize_X,giTrack_Size_Small-1));
mpRegion_Back_Small->SetAutomaticResize(true, ge::IControl::ResizeAbsoluteX);
mpRegion_Back_Small->SetFrame(miColor);
// Big background
mpRegion_Back_Big =CreateBitmapVU(ge::IControl::giNoID, IDB_Back_Region_Big, ge::SPos(0, 0), 11);
mpRegion_Back_Big->SetSize(ge::SSize(miSize_X,giTrack_Size_Big-1));
mpRegion_Back_Big->SetAutomaticResize(true, ge::IControl::ResizeAbsoluteX);
mpRegion_Back_Big->SetFrame(miColor);
mpLine_Start = CreateLine(ge::IControl::giNoID, ge::SPos(0,0), ge::SPos(0,giTrack_Size_Small-1) , ge::SRGB(128, 128, 128));
mpLine_End = CreateLine(ge::IControl::giNoID, ge::SPos(miSize_X-1,0), ge::SPos(miSize_X-1,giTrack_Size_Small-1) , ge::SRGB(128, 128, 128));
//--------------------------------------------
// Text label
mpText = CreateDisplay( ge::IControl::giNoID,
ge::SPos(2, 0),
ge::SSize(118, 10),
CreateFont(Generic128, IDB_Minix_Tight, ge::SRGB(32, 32, 32)), false);
mpText->SetHorzAlignment(ge::IText::HorzAlignLeft);
mpText->SetText(mPsz);
//--------------------------------------------
// Custom control
mpControl = ge::ICustomControl::Create();
mpControl->Init(ge::IControl::giNoID, dynamic_cast<ge::ICustomControlCallback*>(this));
mpControl->SetSize(Size);
mpPane->AddControl(dynamic_cast<ge::IControl*>(mpControl), ge::SPos(0, 0));
mpDrawPrimitives = ge::IDrawPrimitives::Create();
mpDrawPrimitives->Init(GetWindow());
//--------------------------------------------
// Volume
mpRegion_Volume_Handle = new CTrack_Fade_Handle(this, GetGUI());
mpRegion_Volume_Handle->SetInfo(this, giRegion_Volume_Handle);
mpRegion_Volume_Handle->Init();
mpPane->AddControl(mpRegion_Volume_Handle->GetPane(), ge::SPos(miSize_X-7, 30));
// Volume Line
mpLine_Region_Volume = CreateLine(ge::IControl::giNoID, ge::SPos(miSize_X,0), ge::SPos(miSize_X,0) , ge::SRGB(0, 0, 0));
//--------------------------------------------
// Fade in
mpFade_In_Handle = new CTrack_Fade_Handle(this, GetGUI());
mpFade_In_Handle->SetInfo(this, giFade_In_Handle);
mpFade_In_Handle->Init();
mpPane->AddControl(mpFade_In_Handle->GetPane(), ge::SPos(0, 0));
// Line
mpLine_Fade_In = CreateLine(ge::IControl::giNoID, ge::SPos(0,0), ge::SPos(0,0) , ge::SRGB(0, 0, 0));
//--------------------------------------------
// Fade out
mpFade_Out_Handle = new CTrack_Fade_Handle(this, GetGUI());
mpFade_Out_Handle->SetInfo(this, giFade_Out_Handle);
mpFade_Out_Handle->Init();
mpPane->AddControl(mpFade_Out_Handle->GetPane(), ge::SPos(miSize_X-7, 0));
// Line
mpLine_Fade_Out = CreateLine(ge::IControl::giNoID, ge::SPos(miSize_X,0), ge::SPos(miSize_X,0) , ge::SRGB(0, 0, 0));
Update_Graphic();
}
Primitive::Ptr Renderer::CreatePane( const sf::Vector2f& position, const sf::Vector2f& size, float border_width,
const sf::Color& color, const sf::Color& border_color, int border_color_shift ) {
if( border_width <= 0.f ) {
return CreateRect( position, position + size, color );
}
Primitive::Ptr primitive( new Primitive );
sf::Color dark_border( border_color );
sf::Color light_border( border_color );
Context::Get().GetEngine().ShiftBorderColors( light_border, dark_border, border_color_shift );
float left = position.x;
float top = position.y;
float right = left + size.x;
float bottom = top + size.y;
Primitive::Ptr rect(
CreateQuad(
sf::Vector2f( left + border_width, top + border_width ),
sf::Vector2f( left + border_width, bottom - border_width ),
sf::Vector2f( right - border_width, bottom - border_width ),
sf::Vector2f( right - border_width, top + border_width ),
color
)
);
Primitive::Ptr line_top(
CreateLine(
sf::Vector2f( left, top + border_width / 2.f ),
sf::Vector2f( right - border_width, top + border_width / 2.f ),
light_border,
border_width
)
);
Primitive::Ptr line_right(
CreateLine(
sf::Vector2f( right - border_width / 2.f, top ),
sf::Vector2f( right - border_width / 2.f, bottom - border_width ),
dark_border,
border_width
)
);
Primitive::Ptr line_bottom(
CreateLine(
sf::Vector2f( right, bottom - border_width / 2.f ),
sf::Vector2f( left + border_width, bottom - border_width / 2.f ),
dark_border,
border_width
)
);
Primitive::Ptr line_left(
CreateLine(
sf::Vector2f( left + border_width / 2.f, bottom ),
sf::Vector2f( left + border_width / 2.f, top + border_width ),
light_border,
border_width
)
);
primitive->Add( *rect.get() );
primitive->Add( *line_top.get() );
primitive->Add( *line_right.get() );
primitive->Add( *line_bottom.get() );
primitive->Add( *line_left.get() );
std::vector<Primitive::Ptr>::iterator iter( std::find( m_primitives.begin(), m_primitives.end(), rect ) );
assert( iter != m_primitives.end() );
iter = m_primitives.erase( iter ); // rect
iter = m_primitives.erase( iter ); // line_top
iter = m_primitives.erase( iter ); // line_right
iter = m_primitives.erase( iter ); // line_bottom
m_primitives.erase( iter ); // line_left
AddPrimitive( primitive );
return primitive;
}
//----------------------------------------------------------------------------
bool InverseKinematics::OnInitialize ()
{
if ( !Application::OnInitialize() )
return false;
// set up camera
ms_spkCamera->SetFrustum(1.0f,1000.0f,-0.55f,0.55f,0.4125f,-0.4125f);
Vector3f kCamLoc(0.0f,-2.0f,0.5f);
Matrix3f kCamOrient(-1.0f,0.0f,0.0f,0.0f,0.0f,1.0f,0.0f,1.0f,0.0f);
ms_spkCamera->SetFrame(kCamLoc,kCamOrient);
// ** layout of scene graph **
// scene
// line
// iknode
// plane
// target
// goal
// root
// origin
// effector
// end
// create objects
m_spkScene = new Node(2);
Node* pkIKNode = new Node(3);
m_spkRoot = new Node(2);
m_spkEffector = new Node(1);
m_spkTarget = new Node;
m_spkLine = CreateLine();
TriMesh* pkPlane = CreatePlane();
TriMesh* pkGoal = CreateCube();
TriMesh* pkOrigin = CreateCube();
TriMesh* pkEnd = CreateCube();
// transform objects
pkIKNode->Rotate().FromAxisAngle(Vector3f::UNIT_Y,0.1f);
pkIKNode->Translate() = Vector3f(0.1f,0.1f,0.1f);
m_spkTarget->Translate() = 2.0f*Vector3f::UNIT_Y;
m_spkEffector->Translate() = Vector3f::UNIT_X;
// set parent-child links
m_spkScene->AttachChild(m_spkLine);
m_spkScene->AttachChild(pkIKNode);
pkIKNode->AttachChild(pkPlane);
pkIKNode->AttachChild(m_spkTarget);
pkIKNode->AttachChild(m_spkRoot);
m_spkTarget->AttachChild(pkGoal);
m_spkRoot->AttachChild(pkOrigin);
m_spkRoot->AttachChild(m_spkEffector);
m_spkEffector->AttachChild(pkEnd);
// create joints
IKJoint** apkJoint = new IKJoint*[2];
apkJoint[0] = new IKJoint(m_spkRoot);
apkJoint[0]->AllowRotation(2) = true;
apkJoint[1] = new IKJoint(m_spkEffector);
apkJoint[1]->AllowTranslation(2) = true;
// create goal
IKGoal** apkGoal = new IKGoal*[1];
apkGoal[0] = new IKGoal(m_spkTarget,m_spkEffector,1.0f);
// create IK controller
m_pkIKCtrl = new IKController(2,apkJoint,1,apkGoal,1);
m_pkIKCtrl->Active() = false;
m_spkRoot->AttachControl(m_pkIKCtrl);
// set desired render state
m_spkWireframeState = new WireframeState;
m_spkScene->SetRenderState(m_spkWireframeState);
m_spkZBufferState = new ZBufferState;
m_spkZBufferState->Enabled() = true;
m_spkZBufferState->Writeable() = true;
m_spkZBufferState->Compare() = ZBufferState::CF_LEQUAL;
m_spkScene->SetRenderState(m_spkZBufferState);
// initial update of objects
ms_spkCamera->Update();
m_spkScene->UpdateGS(0.0f);
m_spkScene->UpdateRS();
UpdateLine();
m_bTurretActive = true;
SetTurretAxes();
m_fTrnSpeed = 0.1f;
m_fRotSpeed = 0.01f;
return true;
}
void CStageLine::DownBoxStageCreator()
{
auto Stage1 = [=]{
CreateLine(LineDirection::Left, Point(340 + 160, 650 - 20), 400);
m_pStage[0]->setPosition(Point(117 + 160, 663 - 30));
};
auto Stage2 = [=]{
CreateLine(LineDirection::Down, Point(117 + 160, 663 - 20), 500);
m_pStage[1]->setPosition(Point(117 + 13 + 160, 415));
};
auto Stage3 = [=]{
CreateLine(LineDirection::Right, Point(117 + 13 + 160, 415), 400);
m_pStage[2]->setPosition(Point(340 + 160, 415 ));
};
auto Stage4 = [=]{
CreateLine(LineDirection::Right, Point(340 + 160, 415), 400);
m_pStage[3]->setPosition(Point(563 + 160, 415 ));
};
auto Stage5 = [=]{
CreateLine(LineDirection::Right, Point(563 + 160, 415), 400);
m_pStage[4]->setPosition(Point(774 + 160, 415 ));
};
auto Stage6 = [=]{
CreateLine(LineDirection::Right, Point(786 + 195, 415), 200);
m_pStage[5]->setPosition(Point(897.5 + 195, 415 ));
};
auto Stage7 = [=]{
CreateLine(LineDirection::Down, Point(897.5 + 195, 415 + 13), 400);
m_pStage[6]->setPosition(Point(885.5 + 195, 231));
};
auto Stage8 = [=]{
CreateLine(LineDirection::Left, Point(885.5 + 195, 231), 200);
m_pStage[7]->setPosition(Point(774 + 155, 231));
};
auto Stage9 = [=]
{
CreateLine(LineDirection::Left, Point(774 + 195, 231), 400);
m_pStage[8]->setPosition(Point(551 + 195, 231 ));
};
auto Stage10 = [=]
{
CreateLine(LineDirection::Left, Point(551 + 195, 231), 400);
m_pStage[9]->setPosition(Point(328 + 195, 231));
};
auto CallStage = [=](int _num){
switch (_num)
{
case 0:Stage1(); break;
case 1:Stage2(); break;
case 2:Stage3(); break;
case 3:Stage4(); break;
case 4:Stage5(); break;
case 5:Stage6(); break;
case 6:Stage7(); break;
case 7:Stage8(); break;
case 8:Stage9(); break;
case 9:Stage10(); break;
default:
break;
}
};
for (int i = 0; i <= m_nStagenum; i++)
{
CallStage(m_nStageCount);
m_nStageCount++;
}
}
void CStageLine::LeftBoxStageCreator()
{
auto Stage1 = [=]{
CreateLine(LineDirection::Left, Point(815, 60), 400);
CreateLine(LineDirection::Up, Point(592, 49), 300);
m_pStage[0]->setPosition(Point(592, 210));
};
auto Stage2 = [=]{
CreateLine(LineDirection::Up, Point(592, 240), 300);
m_pStage[1]->setPosition(Point(592, 420));
};
auto Stage3 = [=]{
};
auto Stage4 = [=]{
};
auto Stage5 = [=]{
};
auto Stage6 = [=]{
};
auto Stage7 = [=]{
};
auto Stage8 = [=]{
};
auto Stage9 = [=]
{
};
auto Stage10 = [=]
{
};
auto CallStage = [=](int _num){
switch (_num)
{
case 0:Stage1(); break;
case 1:Stage2(); break;
case 2:Stage3(); break;
case 3:Stage4(); break;
case 4:Stage5(); break;
case 5:Stage6(); break;
case 6:Stage7(); break;
case 7:Stage8(); break;
case 8:Stage9(); break;
case 9:Stage10(); break;
default:
break;
}
};
for (int i = 0; i <= m_nStagenum; i++)
{
CallStage(m_nStageCount);
m_nStageCount++;
}
}